Buyer scenario
First we determine which business line the task belongs to: lab systems, integration, or protective workflow. That keeps budget, expectations, and proof level aligned from the start.
Engineering logic
How DrukDim translates a buyer task into a workable configuration
We do not start from a printer. We start from the scenario. The buyer task tells us whether the right path is a lab system, a material-flow integration, or a production workflow around a concrete object.
Path from request to system
Path from request to system
A strong decision starts from the scenario, constraints, and readiness level, not from a model number.
01
Buyer scenario
02
Critical constraints
03
System configuration
04
Proof of operation
05
Delivery or integration
Critical constraints
Material, geometry, operating rhythm, available space, automation level, and desired output often matter more than the platform name itself.
System configuration
Then we connect platform, material flow, extrusion, and process mode into the configuration that matches the actual cycle of work.
Proof of operation
For tested and development directions we explicitly show what is already proven and what still requires additional validation before it should be sold at scale.
Delivery or integration
Depending on the task, the outcome may be a delivered package, an integration programme, or a roadmap toward a production-ready configuration.
Educational and laboratory
KuBrick S / M / L, Brama D, DrukMixLab, and mid-scale extrusion units for teaching, research, and tender-ready lab systems.
Mid-scale integrations
DrukMix L, DrukMixLab, Ex100 M(A), and related workflows for bringing real printing to a working state.
Serial applied cycles
Brama F, DrukMix XL, and production-class extrusion for repeatable element workflows.
Large development tracks
Brama XL, protective block production, and next-generation printing concepts that are not yet finished product proof.
What we connect into one decision